orchestrator.cpp

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#include "orchestrator.hpp"
 
void Orchestrator::help_command(){
    cout << "Sorry I am tired I will do this latter" << '\n';
}
 
void Orchestrator::check_update_similarity(vector<string> parameters, Similarity_Table *similarity_table){
    int number_parameters = parameters.size();
    for(int i = 0; i < number_parameters-1; i++){
        string param = parameters[i];
        string next_param = parameters[i+1];
        if(param == "-s"){
            similarity_table->update_similarity(stod(next_param));
        }
    }
}
 
bool Orchestrator::check_force_preprocess(vector<string> parameters){
    int number_parameters = parameters.size();
    for(int i = 0; i < number_parameters; i++){
        if(parameters[i] == "-pre"){
            return true;
        }
    }
    return false;
}
 
void Orchestrator::call_preprocess(vector<string> parameters){
    bool should_force = check_force_preprocess(parameters);
    Preprocessor preprocessor(should_force);
}
 
void Orchestrator::exploration_command(vector<string> parameters, Similarity_Table *similarity_table){
    int number_parameters = parameters.size();
 
    string pattern = "";
    int limiter = 0;
    bool both_need_to_match = false;
    bool sorted_by_number_of_duplicated_code = false;
    for(int i = 0; i < number_parameters-1; i++){
        string param = parameters[i];
        string next_param = parameters[i+1];
        if(param == "-l"){
            limiter = stoi(next_param);
        }
        if(param == "-p"){
            pattern = next_param;
        }
        if(param == "-b"){
            both_need_to_match = (next_param == "T");
        }
        if(param == "-c"){
            sorted_by_number_of_duplicated_code = (next_param == "T");
        }
    }
    Similarity_Explorer similarity_explorer(
            similarity_table,
            limiter,
            pattern,
            both_need_to_match,
            sorted_by_number_of_duplicated_code);
}
 
void Orchestrator::random_command(vector<string> parameters, Similarity_Table *similarity_table){
    int number_parameters = parameters.size();
    if(number_parameters <= 2){
        cout << "ERROR: Random expect three parameters, but less was given" << endl;
        exit(0);
    }
    int minimum_similarity = stod(parameters[0]);
    int maximum_similarity = stod(parameters[1]);
    int maximum_quantity = stod(parameters[2]);
    Random_Selector random(similarity_table,minimum_similarity,maximum_similarity,maximum_quantity);
}
 
void Orchestrator::duplication_command(vector<string> parameters, Similarity_Table *similarity_table){
    Counter_Duplication_Code counter_duplication_code(similarity_table);
}
 
void Orchestrator::big_clone_formater_command(vector<string> parameters, Similarity_Table *similarity_table){
    Big_Clone_Formater big_clone_formater(similarity_table);
}
 
void Orchestrator::big_clone_tailor_evaluator_command(vector<string> parameters, Similarity_Table *similarity_table){
    Big_Clone_Tailor_Evaluator big_clone_tailor_evaluator(similarity_table);
}
 
void Orchestrator::similar_function_finder_command(vector<string> parameters, Similarity_Table *similarity_table){
    int number_parameters = parameters.size();
    if(number_parameters == 0){
        cout << "ERROR: Similar Function Finder Command expect one parameter, but none was given" << endl;
        exit(0);
    }
    Similar_Function_Finder similar_function_finder(parameters[0],similarity_table);
}
 
 
Orchestrator::Orchestrator(string command, vector<string> parameters){
    call_preprocess(parameters);
    Similarity_Table similarity_table;
    check_update_similarity(parameters,&similarity_table);
 
    if(command == "du"){
        duplication_command(parameters,&similarity_table);
    }else if(command == "ex"){
        exploration_command(parameters,&similarity_table);
    }else if(command == "fu"){
        similar_function_finder_command(parameters,&similarity_table);
    }else if(command == "bi"){
        big_clone_formater_command(parameters,&similarity_table);
    }else if(command == "ev"){
        big_clone_tailor_evaluator_command(parameters,&similarity_table);
    }else if(command == "ra"){
        random_command(parameters,&similarity_table);
    }else{
        help_command();
    }
}
 
int main(int argc, char *argv[]){
    string command = "";
    vector<string> parameters;
    if(argc >= 2){
        command = string(argv[1]);
    }
    for(int i = 2; i < argc; i++){
        string param(argv[i]);
        parameters.push_back(param);
    }
 
    Orchestrator(command,parameters);
 
    return 0;
}